Tin Oxide Nanowires

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Catalog Number

ACM18282105-1

Chemical Name

Tin Oxide Nanowires

CAS

18282-10-5

Category

Nanowires

Structure

Synonyms

Stannic oxide, Tin(IV) oxide, Oxo(oxostannanylidene)tin, oxo-?2-stannane, stannane, oxo-, Diketotin, Tin(II) oxide, tin mono-oxide, Dioxotin, Stanic anhydride, Tin peroxide

IUPAC Name

Oxo(oxostannanylidene)tin

Molecular Weight

150.69

Molecular Formula

O2Sn

Canonical SMILES

O=[Sn]

InChI

InChI=1S/O.Sn

InChIKey

QHGNHLZPVBIIPX-UHFFFAOYSA-N

Boiling Point

1800-1900 °C (sublimes)

Melting Point

1630 °C (2966 °F)

Purity

99%, 99.9%, 99.99%, 99.999%

Density

6900 kg/m-3

Appearance

white powder

Application

Tin Oxide Nanowires are engineered with the aim of harnessing the unique properties of tin dioxide, a compound composed of tin(IV) and oxygen. This material holds significant promise in various advanced technological applications. The nanowires leverage the inherent capabilities of tin dioxide, which is traditionally presented as a white or off-white powder. In its original form, tin dioxide is known for its application in ceramic glazes, polishing agents, and as a foundational element in producing other tin compounds. By transforming it into nanowire structures, the potential uses expand significantly. These nanowires are at the forefront of innovation in semiconductors, photovoltaic materials, and solar cells, providing enhanced performance in energy conversion and storage devices like lithium-ion batteries. Additionally, they play a crucial role in environmental technology as photocatalysts and in developing advanced gas sensors for solid-state detection, offering improved sensitivity and reliability.

Chemical Formula

O2Sn

EC Number

242-159-0

Exact Mass

135.8971 g/mol

MDL Number

MFCD00011244

Monoisotopic Mass

135.897114 Da

RTECS Number

XQ4000000